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thesis

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Transcript of thesis

Simulation of Thermoelectric Using ANSYS Objective of Study: Methodology Introduction: by Aisyah Syahana Samsudin Supervisor:Dr.Suhana Mohd Said To achieve fundamental understanding operation of Thermoelectric Generator Device

To obtain optimization through simulation in the Figure of Merit of the Thermoelectric Generator by varying the thickness and the material of conductor using ANSYS Software.

To obtain optimization through simulation in the Figure of Merit of the Thermoelectric Generator by varying material junction using ANSYS Software Question? SIMULATION •Building the solid model
•Defining and assigning materials properties
•Meshing the model
•Applying the loads and boundary conditions
•Solving and processing the results Research
Stage Manipulation
of Paramter END Simulation Result & Analysis •Building the solid model
•Defining and assigning materials properties
•Meshing the model
•Applying the loads and boundary conditions
•Solving and processing the results Dimension: 12mm x 10mm x 10mm i)Varying material used for Conductor plate

ii)Varying the thickness of conductor plate for
each conductor material.

iii)Varying material been use for thermoelectric junction. Result varying the thickness and materials of Conductor plate Result Results of varying the materials of thermoelectric junction Conclusion Alumina as the conductor plate: 0.724934
Tungsten as the conductor plate: 0.739559
Copper as the conductor plate: 0.740907
PbTe as junction’s material: 0.002492 Modeling the device which made up of a series of segmented elements each comprised of up to different materials for thermoelectric junction
Substrate two different materials for conductor plate Recommendation Seebeck Coeffcient: Figure of Merit:
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